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defaults.yaml
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defaults.yaml
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fallbackZoneMixes:
powerOriginRatios:
_comment: https://www.bp.com/en/global/corporate/energy-economics/statistical-review-of-world-energy.html, https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2018/Jul/IRENA_Renewable_Energy_Statistics_2018.pdf
_source: BP Statistical Review of World Energy 2019, values from 2018, and Electricity Maps Avg for average carbon intensity, and IRENA report for Biomass and geothermal
value:
battery charge: 0
battery discharge: 0
biomass: 0.017509
coal: 0.38
gas: 0.232
geothermal: 0.003081
hydro: 0.158
hydro charge: 0
hydro discharge: 0
nuclear: 0.102
oil: 0.03
solar: 0.021966
unknown: 0.007728
wind: 0.047716
isLowCarbon:
battery charge:
_comment: Battery charge does not contribute to the production/consumption mix
source: Electricity Maps
value: 0
battery discharge:
_comment: Battery discharge is assumed to be powered by low-carbon. Ideally this should be overriden per zone.
source: Electricity Maps
value: 1
biomass:
_comment: biomass is considered low-carbon.
source: Electricity Maps
value: 1
coal:
_comment: coal is a fossil fuel.
source: Electricity Maps
value: 0
gas:
_comment: gas is a fossil fuel.
source: Electricity Maps
value: 0
geothermal:
_comment: geothermal is considered low-carbon.
source: Electricity Maps
value: 1
hydro:
_comment: hydro is considered low-carbon.
source: Electricity Maps
value: 1
hydro charge:
_comment: Battery charge does not contribute to the production/consumption mix
source: Electricity Maps
value: 0
hydro discharge:
_comment: Hydro discharge is assumed to be powered by low-carbon. Ideally this should be overriden per zone.
source: Electricity Maps
value: 1
nuclear:
_comment: nuclear is considered low-carbon.
source: Electricity Maps
value: 1
oil:
_comment: oil is a fossil fuel.
source: Electricity Maps
value: 0
solar:
_comment: solar is considered low-carbon.
source: Electricity Maps
value: 1
unknown:
_comment: By default unknown is assumed to be made up of fossil fuel based modes.
datetime: '2020-01-01'
source: Electricity Maps
value: 0
wind:
_comment: wind is considered low-carbon.
source: Electricity Maps
value: 1
isRenewable:
battery charge:
_comment: Battery charge does not contribute to the production/consumption mix
source: Electricity Maps
value: 0
battery discharge:
_comment: Battery discharge is assumed to be powered by renewables. Ideally this should be overriden per zone.
source: Electricity Maps
value: 1
biomass:
_comment: biomass is considered renewable.
source: Electricity Maps
value: 1
coal:
_comment: coal is a fossil fuel.
source: Electricity Maps
value: 0
gas:
_comment: gas is a fossil fuel.
source: Electricity Maps
value: 0
geothermal:
_comment: geothermal is considered renewable.
source: Electricity Maps
value: 1
hydro:
_comment: hydro is considered renewable.
source: Electricity Maps
value: 1
hydro charge:
_comment: Battery charge does not contribute to the production/consumption mix
source: Electricity Maps
value: 0
hydro discharge:
_comment: Hydro discharge is assumed to be powered by renewables. Ideally this should be overriden per zone.
source: Electricity Maps
value: 1
nuclear:
_comment: nuclear is a not renewable.
source: Electricity Maps
value: 0
oil:
_comment: oil is a fossil fuel.
source: Electricity Maps
value: 0
solar:
_comment: solar is considered renewable.
source: Electricity Maps
value: 1
unknown:
_comment: By default unknown is assumed to be made up of fossil fuel based modes.
source: Electricity Maps
value: 0
wind:
_comment: wind is considered renewable.
source: Electricity Maps
value: 1
emissionFactors:
direct:
battery charge:
_comment: Emissions are counted at discharge
source: Electricity Maps
value: 0
battery discharge:
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2015-01-01'
source: 2015 annual mean carbon intensity by Electricity Maps
value: 307.04
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2016-01-01'
source: 2016 annual mean carbon intensity by Electricity Maps
value: 295.25
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2017-01-01'
source: 2017 annual mean carbon intensity by Electricity Maps
value: 311.04
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2018-01-01'
source: 2018 annual mean carbon intensity by Electricity Maps
value: 331.14
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2019-01-01'
source: 2019 annual mean carbon intensity by Electricity Maps
value: 326.32
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2020-01-01'
source: 2020 annual mean carbon intensity by Electricity Maps
value: 310.58
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2021-01-01'
source: 2021 annual mean carbon intensity by Electricity Maps
value: 324.69
biomass:
source: BEIS 2021
value: 0
coal:
source: IPCC 2014
value: 760
gas:
source: IPCC 2014
value: 370
geothermal:
source: IPCC 2014
value: 0
hydro:
source: IPCC 2014
value: 0
hydro charge:
_comment: Emissions are counted at discharge
source: Electricity Maps
value: 0
hydro discharge:
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2015-01-01'
source: 2015 annual mean carbon intensity by Electricity Maps
value: 307.04
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2016-01-01'
source: 2016 annual mean carbon intensity by Electricity Maps
value: 295.25
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2017-01-01'
source: 2017 annual mean carbon intensity by Electricity Maps
value: 311.04
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2018-01-01'
source: 2018 annual mean carbon intensity by Electricity Maps
value: 331.14
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2019-01-01'
source: 2019 annual mean carbon intensity by Electricity Maps
value: 326.32
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2020-01-01'
source: 2020 annual mean carbon intensity by Electricity Maps
value: 310.58
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2021-01-01'
source: 2021 annual mean carbon intensity by Electricity Maps
value: 324.69
nuclear:
source: IPCC 2014
value: 0
oil:
_comment: A blended average of US and UK direct emission factor figures
source: EIA 2020/BEIS 2021
value: 406
solar:
source: IPCC 2014
value: 0
unknown:
_comment: assume conventional
source: assumes thermal (coal, gas, or oil)
value: 575
wind:
source: IPCC 2014
value: 0
lifecycle:
battery charge:
_comment: Emissions are counted at discharge
source: Electricity Maps
value: 0
battery discharge:
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2015-01-01'
source: 2015 annual mean carbon intensity by Electricity Maps
value: 363.85
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2016-01-01'
source: 2016 annual mean carbon intensity by Electricity Maps
value: 354.12
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2017-01-01'
source: 2017 annual mean carbon intensity by Electricity Maps
value: 370.7
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2018-01-01'
source: 2018 annual mean carbon intensity by Electricity Maps
value: 407.34
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2019-01-01'
source: 2019 annual mean carbon intensity by Electricity Maps
value: 391.46
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2020-01-01'
source: 2020 annual mean carbon intensity by Electricity Maps
value: 375.63
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2021-01-01'
source: 2021 annual mean carbon intensity by Electricity Maps
value: 391.33
biomass:
source: IPCC 2014
value: 230
coal:
source: IPCC 2014
value: 820
gas:
source: IPCC 2014
value: 490
geothermal:
source: IPCC 2014
value: 38
hydro:
source: IPCC 2014
value: 24
hydro charge:
_comment: Emissions are counted at discharge
source: Electricity Maps
value: 0
hydro discharge:
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2015-01-01'
source: 2015 annual mean carbon intensity by Electricity Maps
value: 363.85
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2016-01-01'
source: 2016 annual mean carbon intensity by Electricity Maps
value: 354.12
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2017-01-01'
source: 2017 annual mean carbon intensity by Electricity Maps
value: 370.7
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2018-01-01'
source: 2018 annual mean carbon intensity by Electricity Maps
value: 407.34
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2019-01-01'
source: 2019 annual mean carbon intensity by Electricity Maps
value: 391.46
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2020-01-01'
source: 2020 annual mean carbon intensity by Electricity Maps
value: 375.63
- _comment: As a default fallback, we use the annual mean carbon intensity of all Electricity Maps zones
datetime: '2021-01-01'
source: 2021 annual mean carbon intensity by Electricity Maps
value: 391.33
nuclear:
source: IPCC 2014
value: 12
oil:
_comment: UK Parliamentary Office of Science and Technology (2006) 'Carbon footprint of electricity generation'
source: UK POST 2014
value: 650
solar:
source: IPCC 2014
value: 45
unknown:
_comment: assume conventional
source: assumes thermal (coal, gas, oil or biomass)
value: 700
wind:
source: IPCC 2014
value: 11